The excellent mechanical properties of concrete-filled steel tube (CFST) make it a
competitive alternative to column-cap/foundation cap socket connections in accelerated …

Experimental research into concrete filled steel tube (CFST) bridge columns has
demonstrated that they are an economical alternative to traditional RC columns used in high …

In regions of high seismicity, the large seismic design forces sustained by the superstructure
must be transferred to the bridge foundations. In these situations, in particular in situations …

This study focuses on the development of an analysis methodology for predicting the
ultimate seismic capacity of a concrete-filled steel tube (CFST) to reinforced concrete pile …

Pipe piles are used extensively for bridge substructures in Tennessee. This research serves
to develop a systematic approach to the selection and the design of pipe pile-supported …

In recent years, earthquakes and subsequent tsunami impacts on coastal communities have
resulted in significant loss of life and damage to infrastructure. The impact of the ground …

Experimental testing was conducted to assess the effects of pile diameter, reinforcement
embedment depth, the addition of an embedded rib inside the pile, and displacement history …

Concrete filled steel tubes (CFSTs) provide a unique, economical alternative to traditional
reinforced concrete (RC) columns in highway bridges for their ease of construction and …